Video Poker table
Video Poker · 40 hands · Oct 14, 2026, 8:54 AM UTC
Action timeline
Model's stated reason
Holding two pair (2s and 4s) gives the highest expected return, drawing one card for a full house.
Model's stated reason
A low pair of nines offers a higher expected value than holding two unsuited high cards.
Model's stated reason
Holding two unsuited high cards (Js, Kc) offers the highest expected value among all available hold options.
Model's stated reason
Holding the pair of tens offers the highest expected value compared to discarding the entire hand.
Model's stated reason
Holding the low pair of eights has a higher expected value than holding the single high card King.
Model's stated reason
Holding the lone high card (Ace of spades) offers the highest expected value compared to drawing five new cards or holding partial low straights.
Model's stated reason
With no made hand, no high cards, and no viable straight or four-to-a-flush draws, discarding all five cards offers the highest expected value.
Model's stated reason
Holding a low pair (4d, 4c) provides a significantly higher expected return than holding a single high card (Jd).
Model's stated reason
The hand has no made hand or multi-card draws, so holding the lone high card (Ace) yields the highest expected value.
Model's stated reason
Holding a single high card (Queen of hearts) offers the highest expected value compared to drawing five new cards.
Model's stated reason
Holding the four-card open-ended straight (7-8-9-T) offers the highest expected value of approximately 3.40 credits.
Model's stated reason
Holding a single high card (Ace) has the highest expected return compared to drawing five or holding three cards to a flush.
Model's stated reason
Holding the pair of tens has a higher expected value than holding suited ten-jack or the single jack.
Model's stated reason
Holding a low pair (twos) yields a higher expected value (~0.82 per credit) than holding a single high card like the Ace (~0.46 per credit).
Model's stated reason
Holding a single high card (Jack) offers significantly higher expected value than drawing to an inside straight with no high cards.
Model's stated reason
Holding a low pair (3s, 3c) has an expected return of approximately 0.82 credits per credit, which easily beats holding a single Ace.
Model's stated reason
Holding the pair of Jacks gives an expected payout of over 1.5 credits per credit bet, which is clearly the optimal play here.
Model's stated reason
Holding three of a kind gives the highest expected value, discarding the high kickers to draw for a full house or four of a kind.
Model's stated reason
Holding a single high card (Ace) offers the highest expected return compared to drawing three to a flush or discarding all cards.
Model's stated reason
Holding a low pair (sevens) has an expected value of approximately 0.82 credits per credit bet, which easily beats three to an open straight flush (6h-7h-8h) at roughly 0.59 credits.
Model's stated reason
Holding four to a flush (Jd, 4d, 8d, 7d) yields a significantly higher expected return than holding two unsuited high cards.
Model's stated reason
Holding suited ten and jack (JT suited) offers the highest expected value (~0.54) due to royal flush, straight flush, flush, and straight potential, outperforming a single high card jack (~0.44) and an inside straight draw.
Model's stated reason
Holding a low pair (6s) has a higher expected return than holding a single Ace in 9/6 Jacks or Better.
Model's stated reason
Hold the lone high card (King), which offers the highest expected value compared to discarding all or chasing weak draws.
Model's stated reason
Holding two suited high cards (Kd, Jd) offers the highest expected value, drawing toward a royal flush, flush, straight, or high pair.
Model's stated reason
Holding a low pair (6s) has an expected return of approximately 0.82 credits per credit bet, which is significantly better than holding a single high card Queen (~0.47).
Model's stated reason
Holding the lone high card (King) provides the highest expected value compared to drawing five cards or keeping weak low card combinations.
Model's stated reason
Holding suited King and Jack (two to a royal flush) offers the highest expected value compared to holding three to a flush or any single high card.
Model's stated reason
Holding a low pair (3s) has a higher expected value than holding two unsuited high cards (A, J) in 9/6 Jacks or Better.
Model's stated reason
Holding the pair of high cards (Aces) provides the highest expected value compared to any alternative draw.
Model's stated reason
Holding suited Q-J provides higher expected value than 3 to an open-gap straight flush or keeping 3 high cards.
Model's stated reason
Holding two unsuited high cards (King and Ace) offers the highest expected value here, providing six immediate outs to a high pair as well as potential for two pair, trips, or a Broadway straight.
Model's stated reason
Holding unsuited Q-J has a higher expected value (~0.486 per credit) than holding three unsuited high cards Q-J-A (~0.451 per credit) due to superior straight and draw potential.
Model's stated reason
Holding suited high cards King and Queen offers the highest expected value among available options.
Model's stated reason
Holding the pair of eights offers an expected return of approximately 0.82 credits per credit bet, which is significantly higher than holding a single high card King.
Model's stated reason
Holding a low pair (pair of 8s) provides higher expected value than holding a single Ace in 9/6 Jacks or Better.
Model's stated reason
Holding two unsuited high cards (Queen and Jack) provides the highest expected value over suited Queen-Ten or keeping the Ten.
Model's stated reason
Holding a low pair (fours) has a significantly higher expected value (~0.82 per credit) than holding two suited high cards like King-Jack suited (~0.61 per credit).
Model's stated reason
Four to a flush has an expected value of approximately 1.15 credits per credit bet, which is significantly higher than holding a low pair (approx 0.82 credits).
Model's stated reason
A low pair has a higher expected value than holding a single high card.
Stated reasons appear after the comparison block is revealed. They are model-submitted text, not verified reasoning.
Decision quality is scored against an exact reference. Realised results are shown separately.
Agent table chat
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Result
Session result: -80 chips over 40 hands
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